-
TWP & TWBHeat Reactivated Desiccant Dryers
AIRTEKPREMIUM PRODUCTS FOR INDUSTRY
-
Externally Heated and
Blower Purge Desiccant Air Dryers
2
A master controller cycles the flow of
compressed air between the towers.
While one tower is “on-line” drying, the
other tower is “off-line” regenerating.
Regeneration, sometimes referred to as
“purging”, is the process of stripping the
accumulated moisture from the “off-line”
bed.
Both types of Airtek heat reactivated
dryers combine heat with either a small
portion of the dried compressed air or
with forced ambient air to affect
regeneration.
As heated, low pressure, purge air flows
gently through the regenerating bed, it
desorbs the moisture that had
accumulated on the surface of the
desiccant during the drying cycle and
exhausts it to the atmosphere.
Airtek heat reactivated desiccant air
dryers use the adsorption method to
remove moisture from compressed air.
Pressure dew points ranging from minus
40OF (-40OC) to minus 100OF (-73OC) are
achieved by directing the flow of
saturated compressed air over a bed of
desiccant. The most commonly used
desiccant is activated alumina, a
spherically shaped, hygroscopic material,
selected for its consistent size, shape and
extreme surface to mass ratio. This
physically tough and chemically inert
material is contained in two pressure
vessels commonly referred to as “dual”
or “twin” towers. As the saturated
compressed air flows through the bed of
the “on-line” tower, its moisture content
adheres to the surface of the desiccant.
The dry compressed air is then
discharged from the vessel into the
distribution system.
-
Flow Schematic
3
Air Out
1% Cooldown
Valve
Dry
ing
Hea
ter
Pur
ging
Pre-Exhaust Valve
Main Exhaust Valve
Inlet Valve
Air In
Blower
ExhaustMufflers
Airtek Blower Purge (TWB)
Airtek Externally Heated with Patented Multi-Port
(TWP)
Airtek’s patented Multi-Port
Regeneration System (TWP Series)
affects superior desiccant bed
regeneration and, as a result, provides
better and more consistent performance.
The Multi-Port Regeneration System
injects heated purge air at precise points
up and down the towers length providing
a more balanced distribution of heat. This
system prevents the desiccant on top
from prematurely deteriorating while
providing the bottom of the chamber with
enough heated purge air to allow
complete regeneration on every cycle.
The energy saving temperature monitor-
ing system senses the exiting purge air
temperature. When the purge air
temperature increases to a pre-set point
at which the desiccant bed is fully heated
and regenerated, the blower and heater
are turned off.
Airtek’s Secondary Blowdown System is
standard on all TWP Series and TWB
Series heat reactivated air dryers 1000
SCFM and larger. It improves perfor-
mance and efficiency while increasing
desiccant life. The depressurization stage
strips moisture from the bottom of the
tank through a purge muffler. Once
depressurization is complete, the system
switches to the main exhaust where final
regeneration is accomplished with low
pressure purge air. Bypassing the exhaust
mufflers eliminates back pressure and
allows for more thorough regeneration.
Air Out
Purge
Regulator
Dry
ing
Hea
ter
Pur
ging
Pre-Exhaust Valve
Main Exhaust Valve
Inlet Valve
Air In
ExhaustMufflers
-
Control Center
4
Control Center Monitors:
Features:
Control Center affords superior dryer con-
trol along with digital telemetry for
remote analysis of performance.
With StarWatchTM activated Airtek can
monitor and analyze every moment of
operation, 24-7; it can be done wirelessly.
When StarWatchTM is active on an
installation, it is as if an Airtek factory
employee is right in your plant, advising
your process engineer.
Airtek’s Control Center for Heat
Reactivated Desiccant Air Dryers
features a complete complement of data
acquisition functions. The easy to use
RemoteWatchTM Software : virtual control, diagrams and
graphics
StarWatchTM ready w/68 channels of data & over 60 process
values
Temperature & pressure instrumentation package
Energy Management-PowerLocTM dew point digital readout w/Power
Save
4-20mA input w/setpoint and alarm for connection to your flow
meter
Intelligent display w/operational information
Full system retentive alarm network (event) log
Programmable process setpoints
Dryer operating “state” annunciation display
Automatic data logging 24/7, 365 days of all operational
information
16 channel “programmable” common alarm
RS-232 communications port (Optional RS-485)
Access system via StarWatchTM or Modbus protocols.
160 fields of operational information.
Connectivity: telco line, cellular wireless modem, cellular
wireless internet, Ethernet
Dual Mode communications. Modbus Protocol, and StarWatchTM
Protocol.
UL Rated
TEMPERATURE (thermistor sensors)Purge Air“Special” (fail-safe)
Heater Over TemperatureLeft ExhaustRight ExhaustDryer InletDryer
Outlet
PRESSURE (Transducer signals can be either 4-20ma or 1-5 volt
DC)InletLeft TowerRight Tower
PurgePre-Filter PSID (Package “E” only 400 SCFM models &
larger)After Filter PSID (Package “E” only 400 SCFM models &
larger)
DEW POINT (Energy Management) - OPTIONAL
PowerLoc
(“Fast Response” Digital Readout with Power Save feature)
-
Quick Glance Operational Status
Indicates the status of each tower. LED’s indicate which
tower is “on-line” drying, “off-line” regenerating as well
as the regeneration stages.
The Control Center features a backlit four line character
display that monitors operation and status. Including
regenerating countdowns and time remaining.
Sequence Annunciator
Digital Readout
Allows the operator to quickly and safely step the dryer
through a complete 8 hour cycle, in a matter of minutes.
Manual Stepping
The Control Center also controls Airtek’s “ThermaLoc”
heater protection system. ThermaLoc ensures maximum
reliability and eliminates the safety concerns often
associated with heat reactivated dryers. Heaters are
protected by a totally redundant dual shutdown system that
utilizes independent mercury contactors. In addition to the
redundant temperature controllers, the system monitors
pressure and shuts the heater down in the event of low line
pressure. Blower purge dryers have controls to prevent the
heater from energizing if the blower is not running.
ThermaLoc (10 Year Heater Warranty)
Allows the dryer to function in either the primary heated mode
or
the auxiliary heatless mode. Should the system experience a
temporary overload or a heater failure, the dryer can easily
be
switched over to operate in the heatless mode. This way the
dryer
will remain on line until such time as service can be
conveniently
scheduled. The Dual Mode Back Up System offers unparalleled
flexibility, eliminates downtime and prevents business
interruptions.
Dual Mode Heatless Back Up System
5
-
Switching Valves
6
Dryers up to 800 SCFM are equipped with our time-proven and
dependable non-lubricated switching valves. These independent,
air
operated valves are specifically designed for compressed air
service.
They are resistant to desiccant dust and can be maintained
without being
removed from the dryer.
Non-Lubricated Valves
Design Parameters
High Performance, Rotary Actuated Switching Valves are standard
on
dryers 1000 SCFM and larger. These premium, air operated
butterfly
valves are specifically designed for compressed air. They
provide more
opening and closing force compared to other types of valves. An
indicator
shows the “opened/closed” position of the valve and service can
be
performed without disturbing dryer piping.
These valves are so reliable, they carry a Three Year Factory
Warranty.
The tower, heater, and purge lines are insulated to increase
dryer
performance and efficiency by reducing radiant heat loss. It
also keeps
the unit within the safety parameters set forth by OSHA.
Insulation
suitable for indoor service is standard on all Airtek Heat
Reactivated
Dryers (Insulation suitable for outdoor service is an available
option).
Rotary Actuated Valves
Tower Insulation
Airtek Externally Heated and Blower Purge dryers are designed to
process a specific volume of
compressed air and deliver it to the discharge at a desired
pressure dew point. Both dryers are rated for
a -40OF (-40OC) pressure dew point. Dew point spikes, inherent
on all blower purge dryers, can be
reduced by activating Airtek’s standard Supplemental Cooldown
Purge feature. Standard ratings are
based on inlet conditions of +100OF (38OC), 100 PSIG (6.9 Bar)
and 100% flow.
(Dryer performance will vary with different inlet
conditions).
Moisture load, velocity, contact time and cycle time determine
the amount of desiccant
required. To assure design performance, each tower is carefully
sized to allow a mini-
mum contact time of 7 seconds. To prevent bed movement,
desiccant dusting and
fluidization, air flow velocity is kept below 55 feet per
minute. Externally
Heated and Blower Purge dryers are designed for an eight-hour
cycle
(four hours “on-line” drying, four hours “off-line”
regenerating,
cooling and repressurizing). For significant energy savings
and Digital Dew Point Readout, all Airtek desiccant
dryers can be equipped with an optional
PowerLoc Demand Control Module.
-
Without proper filtration, desiccant air dryers will not work.
Desiccant dryers are designed to
adsorb vapor from compressed air; they are not designed for
liquid. When liquid, especially
oil, is allowed to enter the desiccant chamber, it coats the
desiccant material preventing any
further adsorption. Oil coated desiccant can not be regenerated,
and must be replaced. To
protect the desiccant from contact with liquids, a coalescing
pre-filter is required. The
pre-filter must be properly sized and properly installed with a
dependable automatic drain
and a visual indicator to determine element condition. To
protect downstream equipment from
potential damage caused by the abrasive effects of desiccant
dust, a particulate after-filter is
also required.
Most field problems experienced with desiccant air dryers are
the result of improper filter
selection, installation, maintenance, and/or draining of
condensate.
Considering the importance of filtration to dryer performance,
Airtek recommends that all
desiccant dryers be ordered as a complete, factory assembled Air
Treatment System. The
Optional Airtek Package “E” includes: properly sized, factory
installed coalescing prefilter
and particulate after filter with electronic drain system (No
Loss Demand Drains standard on
400 SCFM and larger), and integrated digital element condition
indicators.
Factory packaging, with matched components and single point
connections reduces
installation costs, ensures performance and allows Airtek to
assume total responsibility for
system integrity.
Complete Air Treatment System
7
-
Includes dryer with factory installedpre-filter and
after-filter.
Package “E”
Includes dryer with factory installed pre-filterand after-filter
with system bypass.
Package “EB”
Includes dryer with factory installed dualselectable pre-filters
and single after-filter.
Package “EC”
Includes dryer with factoryinstalled dual selectable
pre and after-filters.
Note: Optional Mist Eliminators are available as extra
protection for standard packages.
Package “ED”
Package Schematic
Airtek Package “E” systems match our TWP and TWB dryers
with Airtek high performance filters. In-line filters (JW)
are
used on systems 100 through 300 SCFM and two stage (JLA)
severe duty filters are used on systems 400 SCFM and larger.
Mist eliminators are available as extra protection.
The coalescing pre-filter is installed at the dryer inlet.
It protects the dryer by removing liquids and reducing the
contamination level of the compressed air to .01 PPM by
weight. The element is DOP rated at 99.9+% efficient in the
0.3 to 0.6 micron range. An integrated digital indicator is
provided to determine element condition. An electronic drain
valve is provided on systems 100 through 300 SCFM to
ensure proper drainage. On systems 400 SCFM and larger a
zero air loss demand drain is provided. The drain controller
includes push to test, drain alarm, and common alarm
contact.
To protect downstream equipment from desiccant dust a
particulate after-filter is installed at the dryer
discharge.
The after-filter element is designed to remove solid
particulates from compressed air. The hybrid pleated filter
media provides high dirt retention, low pressure drop, and
long element life. The element is 99+% effective in removing
particles 0.9 micron and larger. A integrated digital
element
condition indicator is also provided.
Filters
8
DRYER AFPF DRYER AFPFDRYER AFPF DRYER AFPF
AFDRYERDRYER AF
PFPF
PFPF
AF
AF
AF
AF
DRYERDRYER
PFPF
PFPF
Air Out
2nd StageDrain
1st StageDrain
Air In First Stage
Quiet Zone
Second Stage
Apex Filter Element
-
PowerLoc System
9
The Control Center is designed to accommodate Airtek’s
optional PowerLoc Demand Controller.
PowerLoc automatically adjusts energy use to actual
moisture load. Moisture loading is affected by inlet
temperature, pressure, relative humidity and flow. These
conditions vary throughout the day and rarely combine in
such a manner as to produce maximum moisture loads. An
inlet temperature reduction of just 20OF (-7OC) will reduce
the
moisture load by almost 50%. Desiccant dryers are
normally sized for “worst case” operation with the cycle
fixed to accommodate maximum moisture loads. Because the
fixed cycle does not compensate for fluctuating loads,
dryers
not equipped with PowerLoc waste energy by regenerating
more often than necessary. PowerLoc eliminates this
unnecessary use of energy by delaying regeneration until the
total design moisture load is achieved. The system monitors
actual moisture loading and limits the number of purge
cycles
accordingly.
At $0.08 per KWH, the PowerLoc would save $6,730
annually when used with a 1000 SCFM externally heated
dryer operating at 75% load for 8,000 hours, at an average inlet
temperature of +80OF (27OC).
Digital dew point control provides for additional energy savings
by allowing the operator to select
higher dew points when appropriate. The moisture probe is
contained in and protected by a rugged,
stainless steel housing that also contains an electronics
package for continuous self calibration,
temperature compensation, and signal stabilization. Due to less
frequent cycling, switching valves
and desiccant will last longer and require less maintenance.
The PowerLoc ceramic sensor is made from state-of-the-art
metalized ceramic and replaces
traditional materials such as aluminum, silicon and hydroscopic
salts. This fast reponse sensor is
made from a ceramic tile that is plated and vapor deposited to
form a surface that is very sensitive
to small changes in water vapor pressure.
The proprietary coating processes make the ceramic sensor
inherently faster to respond than other
impedance or capacity sensors currently available. The ceramic
sensor features the latest digital
technology with calibration data stored directly in the sensor’s
memory, and is equipped with a
built-in thermistor for automatic temperature compensation. The
PowerLoc is traceable to the
National Institute of Standards and Technology. A certificate of
traceability is available.
The PowerLoc ceramic sensor is protected by an 80 micron
sintered metal guard and is enclosed in
a rugged, stainless steel housing with a pressure rating of 5000
PSIG. This housing increases the
sensor’s ability to withstand reasonable shock and
vibration.
Effects of Inlet Temperature on Moisture Load
.47 .55 .65 .75 .87 1.0
75OF (24OC)
80OF (27OC)
85OF (29OC)
90OF (32OC)
95OF (35OC)
100OF (38OC)
Factor
Inlet Temp
erature
-
Engineering Data Specifications
10
MODEL
TWP100TWP130TWP200
TWP250TWP300TWP400
TWP500TWP600TWP800
TWP1000TWP1200TWP1500
TWP2000TWP2600TWP3000
TWP4000TWP5000TWP6000
TWP7500TWP9000
CapacitySCFM
@ 100 PSIG(Nm3/[email protected] Bar)
ApproximatePurge SCFM
(Nm3/min)
Length(mm)
Width(mm)
82 (2083)82 (2083)82 (2083)
84 (2134)84 (2134)90 (2286)
90 (2286)96 (2438)90 (2286)
101 (2564)101 (2564)101 (2564)
101 (2564)101 (2564)110 (2794)
114 (2896)114 (2896)114 (2896)
114 (2896)114 (2896)
WeightLbs (Kg)
AirIn/Out(mm)
HeaterKW
1.51.53
346
699
131318
252530
385060
85100
AverageKW
.741.01.5
1.92.33.0
3.74.56.0
7.48.911.2
16.419.322.3
29.737.044.6
56.069.7
RecommendedPackage "E"
100 (2.8)135 (3.8)200 (5.7)
250 (7.1)300 (8.5)400 (11.3)
500 (14.1)600 (17.0)800 (22.7)
1000 (28.3)1250 (35.4)1500 (42.5)
2200 (62.3)2600 (73.6)3000 (84.9)
4000 (113.3)5000 (141.6)6000 (169.9)
7500 (212.4)9000 (254.8)
680 (308)720 (327)920 (417)
1180 (535)1370 (621)1400 (635)
2060 (934)2350 (1066)3035 (1377)
4195 (1903)5215 (2365)5715 (2592)
6250 (2835)6750 (3062)7055 (3200)
18080 (8201)20710 (9394)25200 (11431)
27100 (12292)28600 (12973)
TA-PE 0111TA-PE 0151TA-PE 0201
TA-PE 0301TA-PE 0301TA-PE 0401
TA-PE 0601TA-PE 0601TA-PE 0901
TA-PE 1001TA-PE 1251TA-PE 1601
TA-PE 2001TA-PE 2601TA-PE 3001
TA-PE 4001TA-PE 5001TA-PE 6001
TA-PE 7501TA-PE 9001
1"1"1-1/2"
1-1/2"1-1/2"2-1/2"
2-1/2"2-1/2"2-1/2"
3" FL 3" FL 4" FL
4" FL4" FL6" FL
6" FL6" FL6" FL
8" FL8" FL
37 (940)37 (940)44 (1118)
45 (1143)47 (1194)74 (1880)
74 (1880)74 (1880)96 (2438)
96 (2438)96 (2438)144 (3658)
144 (3658)144 (3658)144 (3658)
168 (4267)210 (5334)210 (5334)
210 (5334)210 (5334)
33 (838)33 (838)39 (991)
39 (991)39 (991)41 (1041)
41 (1041)41 (1041)48 (1219)
48 (1219)48 (1219)72 (1829)
72 (1829)72 (1829)72 (1829)
78 (1981)90 (2286)90 (2286)
90 (2286)96 (2438)
Height(mm)
120 / 1 / 60120 / 1 / 60240 / 1 / 60
240 / 1 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60
PowerSupply
Volts/Phase/Hz
Dryer with Package "E"
7 (.2) 9.5 (.27) 14 (.4)
17.5 (.5) 21 (.6) 28 (.8)
35 (1.0) 42 (1.2) 54 (1.5)
70 (2.0) 84 (2.4)105 (3.0)
140 (4.0)182 (5.1)210 (5.9)
280 (7.9)350 (9.9)420 (11.9)
525 (14.9)630 (17.9)
(25.4)(25.4)(38.1)
(38.1)(38.1)(50.8)
(50.8)(50.8)(50.8)
(76.2)(76.2)(101.6)
(101.6)(101.6)(152.4)
(152.4)(152.4)(152.4)
(203.2)(203.2)
TWP Externally Heated Desiccant Air Dryer
MODEL
TWB100TWB200TWB300
TWB400TWB500TWB600
TWB800TWB1000TWB1200
TWB1500TWB2000TWB2600
TWB3000TWB4000TWB5000
TWB6000TWB7500 TWB9000
CapacitySCFM
@ 100 PSIG(Nm3/[email protected] Bar)
BlowerHP
Length(mm)
Width (mm)
78 (1981)78 (1981)86 (2184)
90 (2286)90 (2286)96 (2438)
90 (2286)101 (2565)113 (2870)
100 (2540100 (2540)110 (2794)
111 (2819)114 (2896)114 (2896)
114 (2896)114 (2896)126 (3200)
WeightLbs (Kg)
AirIn/Out(mm)
HeaterKW
366
91212
181825
303850
6075
100
115135150
AverageKW
RecommendedPackage "E"
100 (2.8)200 (5.7)300 (8.5)
400 (11.3)500 (14.1)600 (17.0)
800 (22.7)1000 (28.3)1250 (35.4)
1500 (42.5)2200 (62.3)2600 (73.6)
3000 (84.9)4000 (113.3)5000 (141.6)
6000 (169.9)7500 (212.4)9000 (254.8)
1050 (476)1500 (680)1900 (862)
2180 (989)2840 (1288)3420 (1551)
4490 (2037)5700 (2585)6300 (2858)
8250 (3742)9850 (4468)12210 (5538)
15170 (6881)18910 (8577)21590 (9793)
26500 (12020)28800 (13063)32100 (14560)
TA-PE 0112TA-PE 0202TA-PE 0302
TA-PE 0402TA-PE 0602TA-PE 0602
TA-PE 0802TA-PE 1002TA-PE 1252
TA-PE 1602TA-PE 2002TA-PE 2602
TA-PE 3002TA-PE 4002TA-PE 5002
TA-PE 6002TA-PE 7502TA-PE 9002
1"1-1/2"1-1/2"
2-1/2"2-1/2"2-1/2"
2-1/2"3" FL3" FL
4" FL4" FL4" FL
6" FL6" FL6" FL
6" FL8" FL8" FL
54 (1372)54 (1372)66 (1676)
74 (1880)74 (1880)96 (2438)
108 (2743)108 (2743)108 (2743)
144 (3658)144 (3658)156 (3962)
156 (3962)204 (5182)204 (5182)
204 (5182)210 (5334)220 (5588)
42 (1067)42 (1067)48 (1219)
41 (1041)41 (1041)48 (1219)
54 (1372)54 (1372)54 (1372)
72 (1829)72 (1829)84 (2134)
84 (2134)96 (2438)96 (2438)
96 (2438)96 (2438)102 (2591)
Height (mm)
Dryer with Package "E"
.75
.751.5
1.522
55
5.5
7.57.510
101515
202530
(25.4)(38.1)(38.1)
(50.8)(50.8)(50.8)
(50.8)(76.2)(76.2)
(101.6)(101.6)(101.6)
(152.4)(152.4)(152.4)
(152.4)(203.2)(203.2)
TWB Blower Purge Desiccant Air Dryer
1.82.94.7
5.97.48.6
13.415.718.4
23.531.638.3
42.958.670.2
86.0107.0129.0
120 / 1 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
480 / 3 / 60480 / 3 / 60480 / 3 / 60
PowerSupply
Volts/Phase/Hz
Notes: Dimensions and weight are for dryer with Package E
installed.Dimensions measured in inches and millimeters.Weight
measured in pounds and kilograms and includes desiccant (shipped
loose models 1500 and up).Specifications and dimensions are subject
to change without notice.
-
Equipment
11
4087 Walden AvenueLancaster, New York 14086
Ph. 716.685.4040 Fx.716.685.1010
Email: [email protected]
Patents issued: 6,099,620; 5,207,072; 5,099,655; 5,062,571;
other patents pending. The equipment
indicated in the catalog is meant for use in operating
“compressed air driven” apparatuses. At no time
should any Airtek equipment be used for breathing air situations
unless all government regulations
regarding breathing air are met.
Airtek®, Smart Cycle®, Cold Trap®, StarWatch® and Powerloc® are
Registered Trademarks of Rayco
Enterprises, Inc. DBA Airtek
© 2001 Rayco Enterprises, Inc. DBA Airtek, Lancaster, New York
Printed in U.S.A.
Brochure ID # DES 1-2006
AIRTEKPREMIUM PRODUCTS FOR INDUSTRY
Capacity Correction FactorsINLET AIR PRESSURE CORRECTION
A PSIBARFACTOR
503.5
.56
604.1
.65
704.9
.74
805.5
.83
906.2
.91
1006.9
1
1107.6
1.09
1208.3
1.18
1309.0
1.27
1409.7
1.37
15010.3
1.43
TEMPERATURE CORRECTION
B TEMP OF
OC
FACTOR
9032
1.35
9535
1.16
10038
1
10541
.85
11043
.74
11546
.64
12049
.56
EXAMPLE CALCULATIONS
TWP500 Corrected for 120 PSI (8.3 Bar) +110OF ( 43OC)
CORRECTED CAPACITY = (RATED CAPACITY) X (PSI Correction) X
(Temperature Correction)
= 500 SCFM (13.9 Nm3/min) X (1.18) X (.74)
= 437 SCFM (12.1 Nm3/min)
Standard Equipment
Optional Equipment
Alarm, Failure to Switch
Alarm, Contacts for Common
Annunciator, Systems Sequence
Blower Flow Interlock (TWB Models)
Blower Silencer (TWB Models)
Compressor Surge Protection
Control Center
Control System, Dual Redundant (ThermaLoc)
Cycle Stepping
Dual Mode, Heatless Backup
Fail-Safe Operation
Filter, Control Air
Heater, Long Life, Low Watt Density
Independent Switching Valves
Indicator, Moisture
Indicator, Purge Flow
Instrumentation, Full
Insulation, Indoor Tower
Over-Temperature Safety Control
Ports, Separate Tower Fill/Drain
Power Saver Exhaust Shutdown
Pressure Equalization
Screens, Stainless Steel Diffuser
Solid State Sensors
Standby Mode
Thermostats, Dual Heater
Valves, Cushioned Seat Check
Valves, High Performance Butterfly (1000 SCFM & Larger)
Vessels, ASME Coded
Warranty, 10-Year Heater
Warranty, 3-Year Valve (1000 SCFM & larger)
Actuator Valve Limit Switch
Filters, Pre and After Sets
Insulation, Outdoor
MOD-BUS
NEMA Classifications, All
Non-Yellow Metals
Pressure to 1000 PSIG
StarWatchTM
Voltages, Non-Standard
-
www.airtek.com
CAGI
CO
MPRESSED
A
IR
AND
GAS INST
IT
UTE
R
Member
